This presentation explores the cutting-edge passive and active countermeasures designed to enhance cabin conditioning efficiency. Key highlights include sustainable practices and the substantial impact of thermal management on electric vehicle performance, applicable to both passenger and commercial vehicles. Learn about the significant reduction in HVAC energy consumption, improved driving range, and the integration of lightweight, insulating materials that boost thermal efficiency. During this session, you will discover the latest advancements in cabin thermal comfort with innovative solutions.

Hear more about:

• Innovative thermal solutions improve cabin comfort with cutting-edge passive and active countermeasures
• Efficient HVAC strategies reduce energy consumption and extend EV driving range
• Advanced materials enhance insulation, boosting thermal efficiency in passenger and commercial vehicles

• What are the key flame resistance characteristics that EV battery materials must possess to ensure safety?
• What technologies enable a timely warning for EV drivers before a non-reversible thermal event occurs?
• What are the most promising material solutions to enhance EV battery safety in terms of flame resistance and impact resilience?
• How do various testing methodologies differ in their approach to assessing battery safety, and what are their strengths and limitations?
• How are industry standards or regulations evolving to keep pace with technology advancements?

Presenting the results of our World Cafés: The moderators summarize the key takeaways of their World Café Round Tables on the main stage and share the main findings with all attendees.